Oxidation Number (ON) list

Results of oxidation number (ON) search

Element chosen: Re
ON chosen: 3
Select any formula to view further details for that compound.

Formula Re«VCBOLEXZ»Q±
catena–1D-[Re(Cl)(μ₂-Cl)(μ₂-O₂CMe)]Re«V7C6OIIIE18B9Z0X7L2»
catena–1D-[Re(I)₂(μ₂-I)]Re«V5C6OIIIE14B6Z0X5L1»
catena–2D-[Re(Cl)(μ₂-Cl)(O₂CBuᵗ-κ²O)]Re«V7C6OIIIE18B9Z0X7L2»
catena–2D-[Re(Cl)(μ₂-Cl)₂]Re«V7C6OIIIE18B9Z0X7L2»
cis,cis,trans–[Re(Cl)₂(PPh₃)₂(Acac)]Re«V3C6OIIIE16B6Z0X3L3»
cis–[Re(Br)₄(CO)₂]⊖Re«V3C6OIIIE16B6Z0X4L2»⊖
cis–[Re(Cl)₂(Bpy)₂]⊕Re«V3C6OIIIE16B6Z0X2L4»⊕
cis–[Re(I)₂(μ₂-I)(PMe₃)₂]₂Re«V3C6OIIIE16B6Z0X3L3»
cis–[Re(PPh₃)₂(Acac)₂]⊕Re«V3C6OIIIE16B6Z0X2L4»⊕
fac–[Re(Cl)(OPh)(Py)(Tp-κ³N)]Re«V3C6OIIIE16B6Z0X3L3»
fac–[Re(Cl)₂(OPPh₃)(Tp-κ³N)]Re«V3C6OIIIE16B6Z0X3L3»
mer,cis–[Re(Cl)₂(NCS-κN)(PMe₂Ph)₃]Re«V3C6OIIIE16B6Z0X3L3»
mer,cis–[Re(F)(I)₂(Py)₃]Re«V3C6OIIIE16B6Z0X3L3»
mer,cis–[Re(NCS-κN)₃(PEt₂Ph)(Dppe-κ²P)]Re«V3C6OIIIE16B6Z0X3L3»
mer,trans–[Re(Cl)(SO₃CF₃-κO)(PPh₃)₂(Terpy-κ³N)]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
mer,trans–[Re(Cl)₃(NCMe)(PPh₃)₂]Re«V3C6OIIIE16B6Z0X3L3»
mer–[Re(Br)₃(Ph)(PPh₃)(NO)]Re«V7C6OIIIE16B8X5L2Z1»
mer–[Re(Br)₃(Py)₃]Re«V3C6OIIIE16B6Z0X3L3»
mer–[Re(Br)₃(Tht)₃]Re«V3C6OIIIE16B6Z0X3L3»
mer–[Re(Cl)₃(PMePh₂)₃]Re«V3C6OIIIE16B6Z0X3L3»
mer–[Re(Cl)₃(Py)₃]Re«V3C6OIIIE16B6Z0X3L3»
mer–[Re(NCO)₃(PMe₂Ph)₃]Re«V3C6OIIIE16B6Z0X3L3»
trans–[Re(Br)(COPh)(CO)₂(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(Br)(NH₂Me)₄(NHMe)]⊕Re«V3C6OIIIE18B7Z0X2L5»⊕
trans–[Re(Br)₂(CO)₂(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(Br)₂(CO)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(Br)₄(Py)₂]⊖Re«V3C6OIIIE16B6Z0X4L2»⊖
trans–[Re(Cl)₂(Acac)₂]⊖Re«V3C6OIIIE16B6Z0X4L2»⊖
trans–[Re(Cl)₂(Dppe-κ²P)₂]⊕Re«V3C6OIIIE16B6Z0X2L4»⊕
trans–[Re(Cl)₂(En)₂]⊕Re«V3C6OIIIE16B6Z0X2L4»⊕
trans–[Re(Cl)₂(NCMe)₄]⊕Re«V3C6OIIIE16B6Z0X2L4»⊕
trans–[Re(COMe)(Me)(CO)₂(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(H)(CNMe)(PPh₃)₂(Cp)]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
trans–[Re(H)(TeH)(CO)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(H)₂(CO)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(H)₂(PMe₂Ph)₂(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(H)₂(PMe₂Ph)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(H)₂(PPh₃)₂(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(I)(Me)(PMe₃)₄]⊕Re«V3C6OIIIE16B6Z0X2L4»⊕
trans–[Re(Me)₂(PMe₃)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
trans–[Re(SPh)₂(Depe)₂]⊕Re«V3C6OIIIE16B6Z0X2L4»⊕
[Re(=CHPh)(PPh₃)(NO)(Cp)]⊕Re«V7C6OIIIE18B9X4L4Z1»⊕
[Re(=CH₂)(PPh₃)(NO)(Cp*)]⊕Re«V7C6OIIIE18B9X4L4Z1»⊕
[Re(=CH₂){P(OPh)₃}(NO)(Cp*)]⊕Re«V7C6OIIIE18B9X4L4Z1»⊕
[Re(Br)(Bz)(CO)₂(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(Br)(CO)₃(Cp*)]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
[Re(Br)(O₂CBuᵗ-κ²O)₂]₂Re«V7C6OIIIE18B9Z0X7L2»
[Re(Br)₂(μ₂-I)(AsPh₃)]₃Re«V5C6OIIIE16B7Z0X5L2»
[Re(Br)₂(μ₂-I)(OH₂)]₃Re«V5C6OIIIE16B7Z0X5L2»
[Re(Br)₂(μ₂-I)(PPh₃)]₃Re«V5C6OIIIE16B7Z0X5L2»
[Re(Br)₂(μ₂-I)(SbPh₃)]₃Re«V5C6OIIIE16B7Z0X5L2»
[Re(Br)₃(CNTol)₄]Re«V3C7OIIIE18B7Z0X3L4»
[Re(Br)₃(CO)₂(Bpy)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(Br)₃(CO)₂(PMe₂Ph)₂]Re«V3C7OIIIE18B7Z0X3L4»
[Re(Br)₄]₂²⊖Re«V7C5OIIIE16B8Z0L0X8»⊖
[Re(Bz)(CHO)(CO)(Cp)]Re«V3C6OIIIE16B6Z0X3L3»
[Re(Cl)(Cp)₂]Re«V3C7OIIIE18B7Z0X3L4»
[Re(Cl)(O₂CBuᵗ-κ²O)₂]₂Re«V7C6OIIIE18B9Z0X7L2»
[Re(Cl)(μ₂-Cl)(η⁵-C₅EtMe₄)]₂Re«V5C7OIIIE18B8Z0X5L3»
[Re(Cl)(μ₂-O₂CPh)₂]₂Re«V7C6OIIIE18B9Z0X7L2»
[Re(Cl)₂(CNBuᵗ)₃(PMePh₂)₂]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
[Re(Cl)₂(μ₂-Cl)(Dppe-κ²P)]₂Re«V3C6OIIIE16B6Z0X3L3»
[Re(Cl)₃(PEt₂Ph)₃]Re«V3C6OIIIE16B6Z0X3L3»
[Re(Cl)₃(PEt₃)]₂Re«V7C5OIIIE16B8Z0X7L1»
[Re(Cl)₃(PMePh₂)]₂Re«V7C5OIIIE16B8Z0X7L1»
[Re(Cl)₃(PMe₂Ph)]₂Re«V7C5OIIIE16B8Z0X7L1»
[Re(Cl)₃(PMe₃)]₂Re«V7C5OIIIE16B8Z0X7L1»
[Re(Cl)₄]₂²⊖Re«V7C5OIIIE16B8Z0L0X8»⊖
[Re(CN)(S₂CPh)₃]⊖Re«V3C7OIIIE18B7Z0X4L3»⊖
[Re(CO)(Dedtc)₃]Re«V3C7OIIIE18B7Z0X3L4»
[Re(CO)(η⁴-C₄Ph₄)(Cp*)]Re«V3C6OIIIE18B7Z0X3L4»
[Re(CO)₂(=C=CHPh)(Cp)]Re«V3C6OIIIE18B7Z0X3L4»
[Re(CO)₂(=CHPh)(Cp)]Re«V3C6OIIIE18B7Z0X3L4»
[Re(CO)₂(CS)(Cp)]Re«V3C6OIIIE18B7Z0X3L4»
[Re(CO)₂(S₂)(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(CO)₂(η³-C₃H₅)(Cp*)]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
[Re(CO)₄(η⁴-C₄Me₄)]⊕Re«V3C6OIIIE18B7Z0X2L5»⊕
[Re(CO)₄{Au(PPh₃)}₃]Re«V3C7OIIIE18B7Z0X3L4»
[Re(Cp)₂]⊕Re«V3C6OIIIE16B6Z0X2L4»⊕
[Re(CS)(Dedtc)₃]Re«V3C7OIIIE18B7Z0X3L4»
[Re(Et)(O)(MeC≡CMe)₂]Re«V3C4OIIIE18B7Z0X3L4»
[Re(Et)₂(CO)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(F)₄]₂²⊖Re«V7C5OIIIE16B8Z0L0X8»⊖
[Re(H)(CO)(η³-C₃H₅)(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(H)(NCMe)₃(PMe₂Ph)₃]²⊕Re«V3C7OIIIE18B7Z0X1L6»2⊕
[Re(H)(PPh₃)₂(Acac)₂]Re«V3C7OIIIE18B7Z0X3L4»
[Re(H)(SH)₂(PMe₃)₄]Re«V3C7OIIIE18B7Z0X3L4»
[Re(H)(SiPh₃)(CO)₂(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(H)₂(CO)(PMe₃)₄]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
[Re(H)₂(PMe₃)₅]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
[Re(H)₂(SiPh₃)(CO)(PMe₂Ph)₃]Re«V3C7OIIIE18B7Z0X3L4»
[Re(H)₃(CO)(PMe₃)₃]Re«V3C7OIIIE18B7Z0X3L4»
[Re(H)₃(Dppe-κ²P)₂]Re«V3C7OIIIE18B7Z0X3L4»
[Re(H)₃(PMePh₂)₄]Re«V3C7OIIIE18B7Z0X3L4»
[Re(I)(Me)(CO)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(I)(O)(MeC≡CMe)₂]Re«V3C4OIIIE18B7Z0X3L4»
[Re(I)(Ph)(CO)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(I)(S)(MeC≡CMe)₂]Re«V3C4OIIIE18B7Z0X3L4»
[Re(I)(μ₂-O₂CPh)₂]₂Re«V7C6OIIIE18B9Z0X7L2»
[Re(I)₂(CO)₂(Cp*)]Re«V3C7OIIIE18B7Z0X3L4»
[Re(I)₄]₂²⊖Re«V7C5OIIIE16B8Z0L0X8»⊖
[Re(Me)(μ₂-O₂CMe)₂]₂Re«V7C6OIIIE18B9Z0X7L2»
[Re(Me)₄]₂²⊖Re«V7C5OIIIE16B8Z0L0X8»⊖
[Re(NCMe)₂(η³-C₃H₅)(Cp*)]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
[Re(NCS-κN)(Terpy-κ³N)₂]²⊕Re«V3C7OIIIE18B7Z0X1L6»2⊕
[Re(NCS-κN)₄]₂²⊖Re«V7C5OIIIE16B8Z0L0X8»⊖
[Re(NEt₂H)₂(η³-C₃H₅)(Cp*)]⊕Re«V3C7OIIIE18B7Z0X2L5»⊕
[Re(O)(PhC≡CPh)(Cp*)]Re«V3C5OIIIE18B7Z0X3L4»
[Re(O)(Py)(MeC≡CMe)₂]⊕Re«V3C4OIIIE18B7Z0X2L5»⊕
[Re(OH)(Terpy-κ³N)₂]²⊕Re«V3C7OIIIE18B7Z0X1L6»2⊕
[Re(OPh)(O)(MeC≡CMe)₂]Re«V3C4OIIIE18B7Z0X3L4»
[Re(OSiBuᵗ₃)₃(CO)]Re«V3C4OIIIE12B4Z0X3L1»
[Re(Ph)₃(PEt₂Ph)₂]Re«V3C5OIIIE14B5Z0X3L2»
[Re(PPh₃)(S₂CPh)₃]Re«V3C7OIIIE18B7Z0X3L4»
[Re(SCPhCCPhS)₃]Re«V3C6OIIIE16B6Z0X3L3»
[Re(SMe)₂(CO)(Cp*)]Re«V3C6OIIIE16B6Z0X3L3»
[Re(SnCl₃)(Cp)₂]Re«V3C7OIIIE18B7Z0X3L4»
[Re(SnPh₃)₂(CO)₂(Cp)]Re«V3C7OIIIE18B7Z0X3L4»
[Re{=C(CH₂CH₂CH₂CH₂)}(PPh₃)(NO)(Cp)]⊕Re«V7C6OIIIE18B9X4L4Z1»⊕
[Re{SC(NHMe)₂}₆]³⊕Re«V3C6OIIIE16B6Z0X0L6»3⊕
[Re{SC(NH₂)₂}₆]³⊕Re«V3C6OIIIE16B6Z0X0L6»3⊕

Total number of compounds: 121